TCO-7087D1A2 40.0000M

Oscillators are important components of electronic circuits, they produce a periodic output signal of specific frequency and amplitude.Tcon-7087D1A2 40.0000M is an oscillator, which offers high performance and reliability. It is commonly used in industrial, data communication, consumer and other applications. This article will discuss the performance, features, operating principles and application field of Tcon-7087D1A2 40.0000M.

Performance

Tcon-7087D1A2 40.0000M has excellent performance parameters. Its frequency range is 6.0-50MHz and its frequency stability is within ±50ppm over temperature range -40°C - +85°C. It also has low jitter 0.2 ps RMS. And it has good resistance to aging. Tcon-7087D1A2 40.0000M also has good temperature stability, it can tolerate temperatures up to +105°C without sacrificing its performance. It also has high-grade shock resistance. Its output can reach 8Vp-p and its rise and fall time is only 1.5ns.

Features

Tcon-7087D1A2 40.0000M has many features that make it popular among designers. To start with, it has a small package size of 12.5mm x 8.8mm x 3.6mm that helps to save space on PCBs. Secondly, it has low power consumption, it has a power supply voltage of 3.3V and consumes a maximum of 20mA of current. Its also operates at low phase noise, its phase noise is as low as -90dBc/Hz. Last but not least, it has good protection against ESD and EFT. It also has a built-in oscillator circuit, which reduces circuit cost and complexity.

Working Principle

Tcon-7087D1A2 40.0000M utilizes crystal oscillator technology to achieve high frequency stability and low phase noise. A crystal resonator is a small quartz crystal mounted in a well designed circuit. It has specific resonance frequency. An oscillator is an electrical circuit that produces oscillations of a fixed frequency. It consists of an amplifier and a frequency-determining element. An oscillator uses the crystal resonator as a frequency-determining element to generate oscillations of a specific frequency. The crystal resonator will produce an output signal of a frequency equal to its resonance frequency when it is connected to the oscillator circuit. The output signal is amplified by the amplifier and then outputted from the oscillator.

Application Fields

Tcon-7087D1A2 40.0000M is suitable for high-reliability, high-frequency applications, such as 4G/LTE/Wi-Fi/Ethernet/GPS/Bluetooth systems. It is also ideal for use in automotive applications, such as automatic transmission systems and multimedia systems. Furthermore, it is also widely used in various consumer applications such as home appliances, phones, computers and digital cameras.